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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
61	METHOD OF DELIVERING SUBSTANCE INTO A MATERIAL MASS	PCT/US9606943	1996-05-15	WO9637283A3	1997-01-03	REED WILLIAM C
A method of delivering a substance into a material mass including the steps of measuring a quantity of a carrier fluid and a material to be delivered, mixing the carrier fluid and the material to be delivered, and subjecting the mixture to a magnetic influence (40) for increasing a permeability and effectiveness thereof by affecting the organization of the molecules of the mixture. Finally the mixture is introduced to the material mass for penetrating therein and direct, substantial absorbing of the mixture by the material mass and a device for the magnetic processing of a fluid substance to be delivered into a material mass, said device comprising: a fluid inlet (22) structured to permit the introduction of a fluid composition therethrough, magnetic means (40) structured and disposed to subject the fluid composition to a polarizing magnetic influence (40) and thereby rearrange fluid molecules of said fluid composition from a normal agglomerated state to a more linear and organized state such that a permeability and effectiveness thereof is increased, recycling means structured and disposed to effect repeated subjecting of the fluid composition to said magnetic influence, and a fluid outlet (24).
62	Production methods for metal matrix composites	PCT/US9103231	1991-05-09	WO9118122A3	1992-01-23	BECKER KURT JOSEPH; SHIROKY GERHARD HANS; URQUHART ANDREW WILLARD; WEINSTEIN JERRY GLENN
The present invention relates to a novel process for forming metal matrix composite bodies. Particularly, an infiltration enhancer and/or an infiltration enhancer precursor and/or an infiltrating atmosphere are in communication with a filler material or a preform, at least at some point during the process, which permits molten matrix metal to spontaneously infiltrate the filler material or preform. Such spontaneous infiltration occurs without the requirement for the application of any pressure or vacuum. The molten matrix metal is provided in a unique manner which enhances the spontaneous infiltration process.
63	Salt resistant cement	US14355826	2011-11-02	US09556076B2	2017-01-31	Congqi Fang; Junfeng Zhu
Disclosed herein are corrosion-resistant composites. In particular, the composites can include a piezoelectric material embedded within a binding medium that can impede or inhibit the corrosive effects caused by salts and acids. Also disclosed herein are methods of making the composites and methods of protecting a concrete or concrete-related substrate from corrosion.
64	SALT RESISTANT CEMENT	US14355826	2011-11-02	US20150158774A1	2015-06-11	Congqi Fang; Junfeng Zhu
Disclosed herein are corrosion-resistant composites. In particular, the composites can include a piezoelectric material embedded within a binding medium that can impede or inhibit the corrosive effects caused by salts and acids. Also disclosed herein are methods of making the composites and methods of protecting a concrete or concrete-related substrate from corrosion.
65	Encapsulated ceramic element and method of making the same	US13828360	2013-03-14	US08802196B2	2014-08-12	Jeffrey A. Steinfeldt; Carl Jojola; Bruce Johnson
A PZT (lead zirconate titanate) element including one or more outside surfaces including a layer of encapsulation and metallization material and the method of making the same including at least the steps of providing a wafer of ceramic material including a base and one or more walls defining one or more recesses in the wafer which are filled with an encapsulation material. The encapsulation material is then cured and a layer of metallization is applied to one or more of the outside surfaces of the wafer and encapsulation material. Cuts are then made through the layer of metallization and cured encapsulation material to divide the wafer into a plurality of individual and separate ceramic elements with one or more surfaces including a layer of metallization and encapsulation.
66	Encapsulated Ceramic Element and Method of Making the Same	US13828729	2013-03-14	US20130177730A1	2013-07-11	Jeffrey A. Steinfeldt; Carl Jojola; Bruce Johnson
A PZT (lead zirconate titanate) element including one or more outside surfaces including a layer of encapsulation and metallization material and the method of making the same including at least the steps of providing a wafer of ceramic material including a base and one or more walls defining one or more recesses in the wafer which are filled with an encapsulation material. The encapsulation material is then cured and a layer of metallization is applied to one or more of the outside surfaces of the wafer and encapsulation material. Cuts are then made through the layer of metallization and cured encapsulation material to divide the wafer into a plurality of individual and separate ceramic elements with one or more surfaces including a layer of metallization and encapsulation.
67	METHOD OF PRODUCING A POROUS CERAMIC WITH A ZEOLITE COATING	US08931968	1997-09-17	US20010048971A1	2001-12-06	SRIDHAR KOMARNENI; HIROAKI KATSUKI; SACHIKO FURUTA
The present invention provides a method for manufacturing zeolite which is useful as catalyst carrier for exhaust gas clean up by decomposition, reduction or oxidation catalyst carrier for synthesis and/or decomposition of organic or inorganic chemicals, and membrane for selective separation of organic substances, gases and inorganic cations. This new method is one in which a crystalline silica or amorphous glass contained in a fired ceramic substrate is used as a silica source for forming a natural or synthetic zeolite film on the ceramic substrate, while at the same time making the ceramic substrate porous.
68	Process for casting and waterproofing of elements cast in concrete, mortar, cement, by using a silicone resin	US09142676	1999-01-11	US06309577B1	2001-10-30	Eric Garcin; Sandrine Goubet
The process for simultaneously molding and rendering water-repellent molded components made of concrete, mortar, cement or the like consists, before pouring the concrete, cement or the like, in covering the interior of the mold with a composition comprising a resin which is a silicone copolymer in the absence of crosslinking agent of hydrolysable silane type and of curing catalyst in the composition. Molded component thus obtained and compositions for removing from the mold and rendering water-repellent.
69	Composite mounting system	US497104	1995-06-30	US5853675A	1998-12-29	Gary F. Howorth
A composite for mounting a catalytic converter or diesel particulate filter. The composite comprises a flexible mat and a layer of an intumescent paste comprising an intumescent material. A catalytic converter element and diesel particulate filter comprising such a composite are also described.
70	Method of recording images	US406610	1995-03-20	US5594484A	1997-01-14	Kenichi Furukawa
An image recording method is disclosed, which uses a substrate such as paper, a synthetic film, a metal plate, and an earthenware plate and an adhesive layer of a delayed-tack adhesive and activates the adhesive layer in accordance with image information, for example, by a step of endowing a tackiness to the adhesive layer by ejecting an organic solvent which renders the adhesive tacky from an ink jet printer cooperated with a computer in accordance with image information or a step of selectively heating the adhesive layer by a thermal printer to endow the adhesive layer with tackiness, and develops the latent image borne in the activated portion with powder selected from organic pigment powder, inorganic pigment powder, water-soluble dye powder, water-insoluble dye powder, metal powder, ceramics powder, plastics powder, magnetic powder, and microcapsules.The method of this invention enables image recording without plate making using an ink jet printer or thermal printer cooperated with a computer and with any powder as a developer. The method is particularly useful as a method for producing articles with high definition image, as in painting of potteries or for other purposes, as a single product or small lot products.
71	Method of making parts out of an alumina matrix composite material	US210646	1994-03-18	US5569422A	1996-10-29	Jean-Pierre Astier; Christian Bertone; Jean-Philippe Rocher
A part is made of a composite material having an alumina matrix by impregnating a fiber texture with a fluid composition containing a liquid precursor of alumina, a thermoplastic resin, and a suspension of alumina powder, and subsequently convening the precursor into alumina. Additional solid fillers may be added to the impregnation composition. The impregnated fiber texture is preferably made by draping and molding plies that are pre-impregnated with said composition.
72	Tank and work-holder apparatus for liquid coating for honeycomb structure	US264980	1994-06-24	US5558714A	1996-09-24	Tateshi Watanabe; Tsunao Watanabe; Tadashi Watanabe; Hidetomo Matsugu; Yasuhiro Yamanouchi
A liquid coating method for coating a liquid onto inner cells of a honeycomb structure includes the steps of supplying a liquid to the inside of a honeycomb structure vertically arranged from its lower part to cause the liquid to adhere to the inner cells therein, and supplying pressurized air to an upper part of the honeycomb structure to discharge the liquid within the inner cells. A holding apparatus for holding an article includes an outer cylinder in a form of a pipe having an inner wall with an inner diameter which allows an article to be held to pass therethough easily and which has a sufficient strength, a resilient tube having an inner diameter which prevents the article to be held from passing therethough under no tension and having ends each sealingly connected to the outer cylinder, thus defining together with the inner wall of the outer cylinder a sealed space therebetween, means for discharging a fluid from the sealed space; and means for supplying the fluid to the sealed space.
73	Carbon-carbon substrates having protective coating and their preparation	US638045	1984-08-06	US5453324A	1995-09-26	David M. Shuford
In accordance with the invention, compositions of matter are provided for forming two coatings for protecting carbonaceous substrates from degradation at elevated temperatures and to improve said substrate's resistance to surface crazing and cracking. Preferably, the compositions are a mixture of particulate silicon, silicon carbide, alumina and boron. Preferably, the primary mixture contains between about 40% and 50% silicon by weight of the total composition, between about 30% and 50% silicon carbide by weight of the total composition, and between about 20% and 30% alumina by weight of the total composition. Preferably, the secondary mixture contains between about 25% and 40% silicon by weight of the total composition, between about 50% and 70% silicon carbide by weight of the total composition, between about 1% and 15% boron by weight of the total composition, and a minor amount of magnesium oxide. The method is provided for forming a primary protective coating on carbonaceous substrates utilizing the aforesaid primary and secondary mixtures.
74	Photo isolator	US113668	1993-08-31	US5448396A	1995-09-05	Takehiro Fukushima
A photo isolator transmits light of a frequency fo in the normal direction and substantially intercepts the light in the reverse direction. A phase modulator comprising an optical crystal having a refractive index, counter faces and counter electrodes formed on the counter faces. The phase modulator receives an electrical signal having a frequency of .DELTA.f or higher and changes the refractive index of the optical crystal by the Pockels effect. A narrow band pass filter has a half band width of .DELTA.f, is mounted on an optical axis, and substantially transmits light having frequency of from (fo-.DELTA.f) to (fo+.DELTA.f). The phase modulator is juxtaposed with the narrow band pass filter on the optical axis.
75	Method and apparatus for liquid coating for honeycomb structure	US614629	1990-11-16	US5182140A	1993-01-26	Tateshi Watanabe; Tsunao Watanabe; Tadashi Watanabe; Hidetomo Matsugu; Yasuhiro Yamanouchi
A liquid coating method for coating a liquid onto inner cells of a honeycomb structure includes the steps of supplying a liquid to the inside of a honeycomb structure vertically arranged from its lower part to cause the liquid to adhere to the inner cells therein, and supplying pressurized air to an upper part of the honeycomb structure to discharge the liquid within the inner cells. A holding apparatus for holding an article includes an outer cylinder in a form of a pipe having an inner wall with an inner diameter which allows an article to be held to pass therethrough easily and which has a sufficient strength, a resilient tube having an inner diameter which prevents the article to be held from passing therethrough under no tension and having ends each sealingly connected to the outer cylinder, thus defining together with the inner wall of the outer cylinder sealed space therebetween, means for discharging a fluid from the sealed space; and means for supplying the fluid to the sealed space.
76	Method of manufacturing chemically adsorbed film	US810114	1991-12-19	US5143750A	1992-09-01	Yoshikazu Yamagata; Norihisa Mino; Kazufumi Ogawa; Mamoru Soga
According to the invention, a chemically adsorbing material is reacted with a substrate surface having active hydrogen groups by dipping the substrate into a solution of the chemically adsorbing material simultaneous and applying ultrasonic waves to the solution. In this way, a high concentration monomolecular and/or polymer film substantially free from pin holes can be formed in a short period of time. That is, while the ultrasonic waves are applied, a chemical adsorbing material having an end functional chlorosilyl group is adsorbed onto the substrate surface, thereby forming a chemically adsorbed monomolecular and/or polymer film. The frequency of the ultrasonic waves are suitably in a range of 25 to 50 kHz. In addition, after formation of the adsorbed film, the substrate is washed for making monomolecular film by dipping it in a washing solution while applying ultrasonic waves. In this way, non-reacted chemical adsorbing material remaining on the substrate can be efficiently washed away.
77	Apparatus for producing a set of mutually distinguishable flooring tiles	US488953	1990-03-05	US5056998A	1991-10-15	Johannes F. H. Goossens
A mould for forming ceramic tile of different colored ceramic materials is provided with a first material supply for supplying material for a ground layer. A second material supply for supplying a second layer of material is provided whereby a multicolred material is fed to the mould by a movable slide containing a sieve through which the material is fed to the mould. A third material supply is supplied to the mound via a drivable conveyor belt which collects a third layer of material from one or more strewing bins and deposits the material onto the second layer of material. The apparatus also contains metering rollers that deposit material from the strewing bins onto the conveyor belt.
78	Method for making an impregnated ceramic material	US309631	1989-02-13	US4963396A	1990-10-16	Kazuo Ito; Shuitsu Matsuo; Yasumi Sasaki
A method for impregnating a shaped ceramic material with an impregnation liquid, comprising the steps of placing the shaped ceramic material in the impregnation liquid, and applying an impregnation pressure to the impregnation liquid through a pressure transfer liquid so that the shaped ceramic material is impregnated with the impregnation liquid.
79	Method of producing colored decorations on ceramic products	US157378	1988-02-18	US4927671A	1990-05-22	Klaus Nawothnig
A method for producing colored decorations on ceramic products by foaming an aqueous suspension of a pigment containing at least one surface active agent, contacting a ceramic body with the foam to deposit the pigment on the body, and heating the ceramic body to a temperature of about 600.degree. to 1500.degree. C.
80	Process of simultaneously printing and electroforming ceramic articles	US921158	1986-10-20	US4708781A	1987-11-24	Henri V. Poorten
A process of printing ceramic articles simultaneously with electroforming them to produce ceramic articles having patterns thereon comprises preparing a thin flexible diaphragm with a pattern thereon, applying the diaphragm to an electrode, immersing the electrode with the diaphragm thereon in a ceramic slip and applying electric current between the electrode as an anode and a counter electrode to deposit ceramic material on the electrode to form a green ceramic article to which the pattern is imparted by the diaphragm. The electrode with the diaphragm and green ceramic article thereon is removed from the ceramic slip and the diaphragm and article are together removed from the electrode. The article thus formed with the pattern thereon is thereafter dried and fired. The diaphragm is either left on the article and consumed during firing or is removed from the article before firing.

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